代写论文:能源储备
能源始终扮演着社会增长和发展的主要驱动力的重要角色。出于这个原因，全球所有国家都非常重视从内部来源和外部来源寻找能源资源。在这种背景下，天然气和石油等化石燃料的资源为国家的能源储备和经济提供了巨大贡献;因此它们在这些国家的增长和发展中发挥着重要作用（Bazyari等，2014）。然而，化石燃料的存量正在逐渐减少。随着时间的推移，天然气和化石油库存等不可再生能源储备量不断减少，全球对可再生能源的需求日益增长。在这种情况下，整个发达国家和发展中国家都非常重视生产可再生能源，以满足日益增长的能源需求。
代写论文:能源储备
除此之外，倡导可再生能源的一个重要原因是对环境的影响较小。大部分可再生能源，如水力发电，风力发电，太阳能等对环境影响相当小。在整个更新能源中，太阳能是更新能源的最重要来源。在这个问题上，必须记住太阳是所有能量的来源。除此之外，全球大部分国家的太阳能的能量都很丰富（Chaabane et al。，2013）。在这种特殊背景下，太阳能光伏能或光伏能的重要性在可再生能源领域迅速增长。为了管理太阳能光伏系统成功的能量提取，太阳能光伏能量生产的效率以及从设备到电网集成的转换起着重要作用。这项实证研究的目的是评估太阳能光伏技术和太阳能加热系统的有效性。
代写论文:能源储备
The energy always plays an important role as a major driver of growth and development of society. For this reason, the entire nations across the globe provide great emphasis on searching energy resources from the internal sources as well as from the external sources. In this background, the resources of fossil fuels such as natural gas and oil provide a great contribution to the energy stocks and economy of the countries; thus they play a significant role in the growth and development of those countries (Bazyari et al., 2014). However, the stock of fossil fuels is gradually reducing all across the world. The demand for renewable energy is increasingly growing over the years in all across the world as the stocks of non-renewable energy such as natural gas and fossil oil stocks are decreasing with the time. In this context, the entire developed and developing countries are providing a strong emphasis on producing renewable energy to meet the ever-increasing demand for the energy.
代写论文:能源储备
Besides this, one of the big reasons to advocate renewable energy is its less impact on the environment. Most of the renewable energy such as hydroelectricity, wind electricity, solar powers, etc. has a considerably small environmental impact. Among the entire renewal energy, the solar energy is the most important source of renewal energy. In this matter, it must be remembered that sun is the source of all energy. In addition to this, the power of sun energy is abundant in approximately all the countries across the globe (Chaabane et al., 2013). In this particular context, the importance of the solar photovoltaic energy or PV energy is rapidly growing in the renewable energy world. In order to manage successful energy extraction from a solar PV system, the efficiency of solar PV energy production and conversion from the devices to the grid integration plays an important role. This empirical research study is to assess the effectiveness of solar photovoltaic technology and solar heating system.
